stew ard - u.s.a. ? t elephone: 423/867-4100 ? fax 423/867-4102 ? internet: http://www .steward.com scotland ? t elephone: 44-(0)1-506-414200 ? fax 44-(0)1-506-410694 singapore ? t elephone: (65)337-9667 ? fax (65)337-9686 m u l t i - l i n e b o a r d m o u n t f i l t e r s features: available in both through-hole and low profile surface mount configurations higher current carrying capability than comparable products most economical component for filtering groups of signals can be used as multi-turn device parts available in broad band and high frequency materials applications: filtering dc power to external peripherals filtering low frequency input/output signals of shielded enclosures applications where low dcr is needed data bus filter t est specifications: maximum current ratings are determined by testing to a maximum temperature rise of 40 o c with continuous operating current board level components are rated up to a maximum of 75 volts impedance is rated at + 25% t ested with: hp4396a network/spectrum analyzer hp43961a impedance t est kit hp16192a t est fixture hp16200a dc bias adapter philips pm281 1 dc power supply ambient t e mperature 23.5 o c bandwidth 3 khz sweep t ime 423 ms steward? s multi-line ferrite products provide economical emi filtering of dif feren tial mode noise in surface mount and through-hole pcb applications. they are designed to provide high frequency suppression of both common and differential mode emi noise on groups of data/power lines. steward? s multi-line ferrites, are rated up to 10 amperes per filtered channel. their rugged construction provides superior protection against transient events as well as much higher peak current handling capability than other emi suppression devices. ambient operating t emperature range: -55 c to +125 c dc resistance maximum: 0.006 ohms pa r t nu m b e r # o f lin e s fi g # a mm (i nc h e s b mm (i nc h e s ) c mm (i nc h e s ) d mm ( i nches) e mm ( i nches) t y pi cal i m pedan ce ( o hms) r a ted i m a x (c on t i nu ous) ma 25 ma t e ria l @ 3 00 mh z 29 m a te r i a l @ 1 00 mh z _ _f 0303- o t o 32 7. 62 + 0. 13 ( 0 . 300 + . 005 ) 5. 0 8 + 0. 0 8 ( 0 . 2 00 + .0 1 0 ) 10 . 0 1 + 0. 15 ( 0 . 3 94 + . 0 06) 2. 5 4 + ty p (0 .1 00 + .t y p ) 2. 54 + 0. 08 (0 . 1 0 0 + 0. 0 03) 2 6 6 10 , 0 00 _ _f 0318- o s r 33 4 . 83 + 0. 0 8 ( 0 . 190 + . 003 ) 4. 50 + 0. 08 ( 0 . 1 77 + .0 0 3 ) 2. 9 2 + 0. 08 ( 0 . 1 15 + . 0 03) 2. 24 + 0. 08 (0 .0 88 + . 0 03) 1. 2 7 + 0. 0 8 (0 .0 50 + .0 0 3 ) 8 3 6, 00 0 _ _f031 8-1sr 33 4 . 83 + 0. 0 8 ( 0 . 190 + . 003 ) 4. 50 + 0. 08 ( 0 . 1 77 + .0 0 3 ) 4. 19 + 0. 08 ( 0 . 1 65 + 0. 003 ) 2. 24 + 0. 08 (0 .0 88 + . 0 03) 1. 2 7 + 0. 0 8 (0 .0 50 + .0 0 3 ) 12 0 6 , 0 00 _ _f 0328- o t o 31 8. 34 + 0. 13 ( 0 . 3 28 + 0 . 005 ) 10. 8 8 + 0. 1 5 ( 0 . 4 28 + 0. 00 6) 10 . 1 5 + 0. 15 ( 0 . 3 99 + 0. 006 ) 7. 6 2 + 0. 13 (0 .3 00 + . 0 05) 2. 54 + 0. 05 (0 . 1 0 0 + 0. 0 02) 3 4 2 10 , 0 00 _ _f 0330- 0t0 32 8. 33 + 0. 13 ( 0 . 328 + 0. 0 5 ) 10. 8 7 + 0. 1 5 ( 0 . 4 28 + 0. 00 6) 3. 81 + 0. 08 ( 0 . 1 50 + 0. 006 ) 7. 6 2 + 0. 13 (0 .30 + . 0 05) 2. 54 + 0. 05 (0 . 1 0 0 + 0. 0 02) 17 7 1 2 6 10 , 0 00 _ _f033 0-2sr 33 8. 33 + 0. 13 ( 0 . 328 + 0. 0 5 ) 10. 8 7 + 0. 1 5 ( 0 . 4 28 + 0. 00 6) 6. 3 5 + 0. 13 ( 0 . 2 50 + 0. 005 ) 7. 6 2 + 0. 13 (0 .30 + . 0 05) 2. 54 + 0. 05 (0 . 1 0 0 + 0. 0 02) 185 9, 00 0 _ _f 0330- 2t0 32 8. 33 + 0. 13 ( 0 . 328 + 0. 0 5 ) 10. 8 7 + 0. 1 5 ( 0 . 4 28 + 0. 00 6) 6. 3 5 + 0. 13 ( 0 . 2 50 + 0. 005 ) 7. 6 2 + 0. 13 (0 .30 + . 0 05) 2. 54 + 0. 05 (0 . 1 0 0 + 0. 0 02) 2 5 5 10 , 0 00 58 differential mode m e t s y s g n i r e b m u n t r a p 8 20 t 0 - 3 0 3 0 f r o g n i g a k c a p l a n o i t i d d a d e t c e l e s t r a p t c u d o r p l a i r e t a m e d o c d e h s i n i f n o i t p i r c s e d t r a p n o i s n e m i d e d o c e z i s e p y t ) t h g i e h y l l a u s u ( stew ard - u.s.a. ? t elephone: 423/867-4100 ? fax 423/867-4102 ? internet: http://www .steward.com scotland ? t elephone: 44-(0)1-506-414200 ? fax 44-(0)1-506-410694 singapore ? t elephone: (65)337-9667 ? fax (65)337-9686 thru hole (t) parts surface mount (sr) parts f i g u r e 1 a e c bd f i g u r e 2 2.60 (0.102) typ 0.81 + 0.05 (0.031 + 0.002) e d c b a f i g u r e 3 0.25 (0.010) 0.38 (0.015) e d c b a 59 differential mode pa r t num be r # of lines fi g # a mm (i n c he s b mm ( i nches ) c mm ( i nches ) d mm ( i n c hes) e mm ( i nc he s ) t y pical i m pedance ( o hms) ra t e d i m a x ( c on tinuous) ma 25 mater i al @ 3 00 m h z 29 m a t e r i al @ 100 mh z _ _f 04 1 8 - 0 s r 43 6. 10 + 0. 10 ( 0 . 240 + 0 . 004 ) 4. 50 + 0. 08 ( 0 . 117 + 0. 003 ) 2. 92 + 0. 08 ( 0 . 115 + 0 . 003 ) 2. 2 4 + 0. 0 8 ( 0 . 0 88 + 0. 003) 1. 2 7 + 0. 08 (0 . 05 + 0. 003) 77 83 6, 000 _ _f 04 1 8 - 1 s r 43 6. 10 + 0. 10 ( 0 . 240 + 0 . 004 ) 4. 50 + 0. 08 ( 0 . 117 + 0. 003 ) 4. 1 9 + 0. 08 ( 0 . 165 + 0 . 003 ) 2. 2 4 + 0. 0 8 ( 0 . 0 88 + 0. 003) 1. 2 7 + 0. 08 (0 . 05 + 0. 003) 120 119 6, 000 _ _f 04 1 8 - 2 s r 43 6. 10 + 0. 10 ( 0 . 240 + 0 . 004 ) 4. 50 + 0. 08 ( 0 . 177 + 0. 003 ) 5. 08 + 0. 10 ( 0 . 200 + 0 . 004 ) 2. 2 4 + 0. 0 8 ( 0 . 0 88 + 0. 003) 1. 2 7 + 0. 08 (0 . 05 + 0. 003) 75 6, 000 _ _f 04 1 8 - 3 s r 43 6. 10 + 0. 10 ( 0 . 240 + 0 . 004 ) 4. 50 + 0. 08 ( 0 . 177 + 0. 003 ) 6. 35 + 0. 1 3 ( 0 . 250 + 0 . 005 ) 2. 2 4 + 0. 0 8 ( 0 . 0 88 + 0. 003) 1. 2 7 + 0. 08 (0 . 05 + 0. 003) 100 6, 000 _ _f 042 8 -0t 0 42 10. 88 + 0. 15 ( 0 . 428 + 0 . 006 ) 10. 88 + 0. 15 ( 0 . 428 + 0. 006 ) 10. 14 + 0. 15 ( 0 . 399 + 0 . 006 ) 7. 62 + 0. 1 3 ( 0 . 3 00 + 0. 005) 2. 54 + 0. 0 5 ( 0 . 1 00 + 0. 002) 385 342 10, 000 _ _f 042 9 -0t 0 41 10. 88 + 0. 15 ( 0 . 428 + 0 . 006 ) 5. 49 + 0. 08 ( 0 . 216 + 0. 003 ) 10. 00 + 0. 15 ( 0 . 394 + 0 . 006 ) 2. 54+ 0. 0 5 (0. 100 + .0 0 2 ) 2. 54 + 0. 0 5 ( 0 . 1 00 + 0. 002) 285 10, 000 _ _f 043 0 -0t 0 42 10. 87 + 0. 15 ( 0 . 428 + 0 . 006 ) 10. 87 + 0. 15 ( 0 . 428 + 0. 006 ) 3. 81 + 0. 08 ( 0 . 150 + 0 . 003 ) 7. 62 + 0. 1 3 ( 0 . 3 00 + 0. 005) 2. 54 + 0. 0 5 (0 .10 0 + 0. 002 177 126 10, 000 _ _f 04 3 0 - 2 s r 43 10. 87 + 0. 15 ( 0 . 428 + 0 . 006 ) 10. 87 + 0. 15 ( 0 . 428 + 0. 006 ) 6. 35 + 0. 1 3 ( 0 . 250 + 0 . 005 ) 7. 62 + 0. 1 3 ( 0 . 3 00 + 0. 005) 2. 54 + 0. 0 5 (0 .10 0 + 0. 002 185 200 9, 000 _ _f 04 3 0 - 4 s r 43 10. 87 + 0. 15 ( 0 . 428 + 0 . 006 ) 10. 87 + 0. 15 ( 0 . 428 + 0. 006 ) 8. 8 9 + 0. 1 5 ( 0 . 350 + 0 . 006 ) 7. 62 + 0. 1 3 ( 0 . 3 00 + 0. 005) 2. 54 + 0. 0 5 ( 0 . 1 00 + 0. 002) 165 294 9, 000 _ _ f 0 5 28 - o t o 52 13 . 4 2 + 0. 2 0 ( 0 . 528 + 0 . 008 ) 10. 88 + 0. 15 ( 0 . 428 + 0. 006 ) 10. 15 + 0. 15 ( 0 . 399 + 0 . 006 ) 7. 62 + 0. 1 3 ( 0 . 3 00 + 0. 005) 2. 54 + 0. 0 5 ( 0 . 1 00 + 0. 002) 342 10, 000 _ _f 05 3 0 - 2 s r 53 13 . 4 1 + 0. 2 0 ( 0 . 528 + 0 . 008 ) 10. 87 + 0. 15 ( 0 . 428 + 0. 006 ) 6. 35 + 0. 1 3 ( 0 . 250 + 0 . 005 ) 7. 62 + 0. 1 3 ( 0 . 3 00 + 0. 005) 2. 54 + 0. 0 5 ( 0 . 1 00 + 0. 002) 185 200 9, 000 _ _f 08 1 8 - 0 s r 83 11 . 4 3 + 0. 1 8 ( 0 . 450 + 0 . 007 ) 4. 50 + 0. 08 ( 0 . 177 + 0. 003 ) 2. 92 + 0. 08 ( 0 . 155 + 0 . 003 ) 2. 2 4 + 0. 0 8 ( 0 . 0 88 + 0. 003) 1. 2 7 + 0. 08 (0 . 05 + 0. 003) 83 6, 000 _ _f 08 1 8 - 1 s r 83 11 . 4 3 + 0. 1 8 ( 0 . 450 + 0 . 007 ) 4. 50 + 0. 08 ( 0 . 177 + 0. 003 ) 4. 1 9 + 0. 08 ( 0 . 165 + 0 . 003 ) 2. 2 4 + 0. 0 8 ( 0 . 0 88 + 0. 003) 1. 2 7 + 0. 08 (0 . 05 + 0. 003) 120 119 6, 000
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